Transcript presentazione

An update on PLATO TOUs
PLATO System & TOU Teams meeting
Milano, 14-15 Dec 2010
Isabella Pagano
[email protected]
Milano, 14 Dec 2010
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Main Milestones (from SMP)
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Start of Definition Phase with two parallel industrial
contracts: Jul 2010
Oct2011
2011
Down-selection for CV M1/M2 missions: Jun
Completion of the Definition Phase (A/B1): Dec 2011
Final adoption for the Implementation Phase
(B2/C/D/E1): Feb 2012
Start of the Implementation Phase: Jul 2012
Launch (L): 2018
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More details
Oct 29, 2010 PMC Proposals Due
 Nov 2010 – Feb, 2011 Proposal evaluation: ESA panels 
AWG SSAC SPC decision (10-11 Feb 2011)
 May 2011 Formal release of updated AO documents for
implementation phase
 Jun 2011 Completion of industrial studies (Phase A)
 21-22 Jun 2011 M-class mission selection by SPC 16-17 Nov 2011 ??
 Jul 2011 ?? Final proposal for implementation phase
 Jul-Nov 2011 ?? Final proposal evaluation; : ESA panels 
AWG SSAC SPC decision (16-17 Nov 2011) Feb 2012 ??
 Dec 2011 Completion of industrial studies (Phase B1)
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Definition phase: a new start for the Consortium
Milano, 14 Dec 2010
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PLATO MISSION MANAGEMENT
MANAGEMENT TEAM
PROJECT
MANAGER
SCIENCE TEAM
PROJECT
SCIENTIST
6 PMC MEMBERS
2 LEGACY SCIENTISTS
PLATO MISSION CONSORTIUM
PMC
LEAD
PAYLOAD
DATA
CENTER
PMC
BOARD
SCIENCE
PREPARATION
MANAGEMENT
MOC
SOC
Mission management Project Scientist Science Team
- 6 PMC members
- 2 Legacy Scientists
Project Manager
ESA project team
SOC
PLATO Mission Consortium
Payload
Instrument System
Coordinator
PLATO Payload
Management
P. Levacher
PIPM: P. Bodin
Camera Management
DPS Management
D. Laubier
B. Pontet
PMC Lead
PMC Board
C. Catala
Science Preparation
Management
Science
Coordination
H. Rauer
Exoplanet
science
D. Pollacco
Data Centre
TOU
R. Ragazzoni
Normal TOU
R. Ragazzoni
ICU
R. Cosentino
FPA/FEE
D. Walton/M. Mas
Prototype
& FM AIV
P. Levacher
AEU
S. Fredon
Stellar
Science
PDPM: L. Gizon
M.J. Goupil
Normal DPU
Ph. Plasson
Fast TOU
W. Benz
PDC
Hardware & boot software
M. Mas
Application software
Ph. Plasson
Fast DPU
main / ancillary database
system architecture
R. Burston
data processing
implementation
I. Pardowitz
exoplanet
analysis System
N. Walton
Input Catalogue
P. Giommi
stellar
analysis system
T. Appourchaux
G. Peter
Algorithms
R. Samadi
data processing
algorithms
R. Samadi
ancillary database
content management
M. Deleuil
data analysis
support tools
L. Gizon
Target/field
Characterization
G. Piotto
FU
Coordination
S. Udry
End-to-end
Simulator
W. Zima
Additional
Science
W. Weiss
Science Preparation
Management
Payload
Instrument System
Coordinator
PLATO Payload
Management
Science
Coordination
P. Levacher
PIPM: P. Bodin
H. Rauer
Camera Management
DPS Management
D. Laubier
B. Pontet
Exoplanet
science
D. Pollacco
Data Centre
TOU
R. Ragazzoni
Normal TOU
R. Ragazzoni
ICU
R. Cosentino
FPA/FEE
D. Walton/M. Mas
Prototype
& FM AIV
P. Levacher
AEU
S. Fredon
Stellar
Science
PDPM: L. Gizon
M.J. Goupil
Normal DPU
Ph. Plasson
Fast TOU
W. Benz
PDC
Hardware & boot software
M. Mas
Application software
Ph. Plasson
Fast DPU
main / ancillary database
system architecture
R. Burston
data processing
implementation
I. Pardowitz
exoplanet
analysis System
N. Walton
Input Catalogue
P. Giommi
stellar
analysis system
T. Appourchaux
G. Peter
Algorithms
R. Samadi
data processing
algorithms
R. Samadi
ancillary database
content management
M. Deleuil
data analysis
support tools
L. Gizon
Target/field
Characterization
G. Piotto
FU
Coordination
S. Udry
End-to-end
Simulator
W. Zima
Additional
Science
W. Weiss
Payload
Instrument System
Coordinator
PLATO Payload
Management
P. Levacher
PIPM: P. Bodin
Camera Management
DPS Management
D. Laubier
B. Pontet
TOU
R. Ragazzoni
Normal TOU
R. Ragazzoni
ICU
R. Cosentino
Normal DPU
Ph. Plasson
Fast TOU
W. Benz
FPA/FEE
D. Walton/M. Mas
Prototype
& FM AIV
P. Levacher
AEU
S. Fredon
Hardware & boot software
M. Mas
Application software
Ph. Plasson
Fast DPU
G. Peter
Algorithms
R. Samadi
PLATO Mission Consortium: Cameras
PLATO Instrument
Manager
PA/QP
S. Mellé
CAMERA/System team
Manager P. Levacher (LAM)
Optical arch
P. Bernardi (LESIA)
Detection arch
T. Buey
(LESIA)
Mechanical arch
P. Vola
(LAM)
Thermal arch
H. Pasquier (CNES)
Electrical arch.
S. Fredon (CNES)
F-TOU
W. Benz
RAIV
R. Pérez
P. Bodin
CAMERAS
D. Laubier
Telescope
Optical Unit
R. Ragazzoni
Prototype AIV
P. Levacher
Thermal
support
TOU
Optical tests
N-TOU
R. Ragazzoni
Thermal
Management
N-CCD+N-FEE
Tests & calibration
F-CCD+F-FEE
Tests & calibration
AIV
AIV
OMT
Optics
GSE
GSE
Structure
straylight
TOU + FPA
Tests
Filters
FPA N+F
Structure & AIV
M Mas
OGSE
Structure
Coupling tests AIV
R. Perez
AIV
CNES + MSSL
FPA + AEU
System
CCD + FEE
CCD + FEE
D. Walton
LESIA + MSSL
MEU + FEE
DLR + MSSL
F-DPU + F-FEE
Detectors
FM AIV
R. Perez
N CCD+N FEE
MSSL/INTA
FPA + FEE
F-CCD + F FEE
CEA
F-FEE
LESIA
LAM
GEPI
DLR
INAF
AEU
S. Fredon
Industrial
contract
Cameras AIT
Alternative
F-FPA
FM Camera
Compl. Tests
INTA
MSSL
Bern Univ.
OGSE
Definition phase
TOU WBS
TOU
RRa
TOU PM
IPa
TOU PA
GdP
Engineering
RRa
Breadbording
RRa
Optical Design
DMa
Mechanical Design
DPi
Thermal Design
SBa
Interfaces
IPa
Baffle
Ssc
Requirement & Budget
SSc
Optical Material &
Coating
MGh
Thermal Parts
SBa
F-TOU Filters
ABr
Straylight An. & Baffle
MMu
Lenses
RRa
Structure
DPi
AIT
JFa
GSE
VVi
AIV
JFa
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GSE
EPa
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Definition Phase Plan
 Validate technical critical points
▪ Confirm no need for new development
▪ Demonstrate TRL > 5 at the end of the definition phase
▪ Confirm no critical aspects in the procurement and AIV
schedule of the implementation phase
 Allow fast transition to implementation phase
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TOUs Specific Activities
Study of spherical and aspherical lenses manufacturability
 Validation of TOU AIV procedures at industrial level
 CaF2 lens: handling, protection
 Coatings (thermal, filter, AR): performance and low
temperature
 Alignment at ambient temperature
 Assessment of performances in operational temperature
environment
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 Link between performances in operational and ambient environment
 Thermal refocusing efficiency
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PLATO Payload Schedule (DP)
1er trim 2010
2e trim 2010
3e trim 2010
4e trim 2010
1er trim 2011
2e trim 2011
3e trim 2011
4e trim 2011
1er trim 2012
2e trim 2012
3e trim 20
CCD Prototypes
TOU
Design Definition
TOU
breadboard
TOU Prototype
CCD coupling
Mock-up
CCD
N-FEE
Requirement Definition
N-FEE
updated
N-FEE breadboard
CCD mechanical
model
Feedback to
FPA EM
FPA Proto
N-FEE BB/N-AEU BB
coupling
&
Thermal test
MSSL
coupling
Feedback to
TOU QM
PIRR
N-FPA
Requirement Definition
N-FPA breadboard
N-AEU
Requirement Definition
N-AEU breadboard
F-FEE
Requirement Definition
F-FEE breadboard
N-FPA Prototype
F-FEE
updated
LAM
Cam Proto tests
TOU / N-FPA / NFEE / NAEU
CCD
Feedback to
MEU EM
coupling
Feedback to
N-FEE EM
mock-up CCD
coupling
Feedback to
F-FEE EQM
F-DPU EM
N-coupling
N-DPU /N-FEE
CNES
coupling
F-FEE / F-DPU
N-F-coupling
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Where we are
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Contract to manufacture 6 spherical lenses: assigned
Procurement of GSE for breadboard AIT: ongoing
Contract for study of industrial production of (34x5)
spherical and (34) aspherical lenses: ready to start
Contract for study of industrial AIV procedures: ready to
start
Contract for support to perform alignment test (on – axis):
ready start
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Updated reference documents
TWIKI
Document title
TOU description
Document reference
PLATO-INAF-TOU-REP-0011
Note
Released Oct 2010
PLATO Mission Requirement
Document (MRD)
PLATO Science Management Plan
Issue 1, Rev 11, 20 July 2010
AO definition phase
PLATO Science Requirements
Document (SciRD)
SCI-PA/2008-020/PLATO/SciRD –
28 may 2010
AO definition phase
PLATO Experiment Interface
Document - Part A
SRE-PA/2010.046/EID-A – 5 Jul
2010
AO definition phase
PLATO Payload Experiment Interface Document - Part B (EIDB)
Instrument Requirement
Document
Plato Payload Development Plan
PLATO-MIPL-IF-36-CNES
Proposal response to the AO
PLATO.LAM.SYS.SPE.1064
Proposal response to the AO
PLATO-MIMG-DEVP-33-CNES
Proposal response to the AO
Schedule PLATO PAYLOAD
(Project office document)
PLATO PAYLOAD - Technology
Readiness Level Assessment
Report
04_Schedule_PLATO_PAYLOAD.m Proposal response to the AO
pp
Proposal response to the AO
PLATO-SI-TN-34-CNES
AO assessment phase
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Terminology / jargon
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PIRR (Preliminary Instrument Requirement Review)  May
2010
Breadboard (ready for tests to be done in time for the PIRR)
 6 spherical lenses + dummy structure having the same thermal behavior
as the final structure, using the same holders for the lenses as the final
structure and having its end (at the I/F with the FP) equivalent in terms of
opto-mechanical interfaces to the final structure
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Prototype (after the PIRR)
 1 aspherical + 5 spherical lenses + modified dummy structure
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Agenda - 14 Dec 2010
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OD: open issues (e.g., stop/L3) (D. Magrin, R. Ragazzoni)
TOU breadboard (Introduction by J. Farinato Discussion)
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The way lens will be integrated in barrels for the breadboard
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The detailed schedule for the breadboard
CaF2 Verification tests
 Tolerance of the OD to thermal variation (to agree a work
plan)
 TOU prototype (after PIRR)
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PRM#1
PRM#2
PRR
SRR
WP
Nov 2010
Jan 2011
Apr 2011
Oct 2011
221001 - PM
TOU implem. plan
TOU implem. plan
221001 - PM
TOU cost docum.
TOU cost docum.
221001 - PM
TOUs Manag Plan
221001 - PM
PA Plan
PA Plan
221002 - PA
CADM Plan
CADM Plan
221002 - PA
Preliminary Lists
(Materials, Parts,
Processes, Critical Items)
Preliminary Lists (Materials,
Parts, Processes, Critical
Items)
221002 - PA
RFDs
RFDs
221002 - PA
Technical Report
Technical Report
221100 - SE
TOU implem. plan
TOUs Manag Plan
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